CM262 | Ground System

Powerful Gyro-Stabilized Imaging System

For Ground ISR and CUAS

4-Configuration

Full HD

IP67

The CM262 is a portable gyro-stabilized optic that incorporates four cutting-edge sensor configurations in a compact system that weighs under 30lb/12kg. This is includes high definition electro-optic with 60x optical zoom, HD MWIR with 20x continuous optical zoom, SWIR and a laser range finder. The CM262 is a powerful, multi-purpose tool that adapts from one mission to the next. With AVT’s revolutionary software enhancements, the CM262 simplifies ISR, force protection and counter UAS missions. An advanced video processor provides superior performance on the move.

Ground Imaging System

SWaP-C

Size: 260 mm / 10in (D) x 395 mm /15.6in (H)

Weight: 26.5lb / 12kg

Power: 40 W Idle / 250 W Peak

Environmental

IP Rating: IP67

(Dust & Water Resistant)

Temperature: -10°C to 50°C / 14°F – 122°F

Sensors

EO: 60x Optical Zoom

MWIR: 20x Optical Zoom

SWIR

LRF

Missions

Force Protection

On-The-Move ISR

Border Protection

Counter UAS

Improved Situational Awareness

The CM262 incorporates the best sensor configurations on the market to give customers enhanced situational awareness. The CM262 has been carefully engineered to improve detection and identification of threats and increase the operator’s response time, which can help save lives in the field. Four sensor configurations ensure the operator can effectively carryout the mission in all lighting conditions and environments.

Crisp HD MWIR

The CM262 utilizes a crisp HD MWIR core to deliver accurate intelligence, surveillance and reconnaissance at night and in low light conditions.

High Performance On-The-Move

Optimized for on-the-move missions, the CM262 offers enhanced stabilization to deliver a smooth and seamless video experience.

Standard Features

Intelligent Object Tracking

Gather accurate information on a target moving at high speeds, while the platform is in motion with object tracking. This feature keeps the target in the centre of the frame until an alternative command is given, providing a consistent, solid and reliable object track.

Onboard Video Encoding

All video is encoded onboard to minimize additional supporting hardware, reducing payload weight and allowing for longer flight times. Minimal hardware facilitates easier integration into UAS, aerostats and aircraft.

GEO-Lock

Enter geographic coordinates or point to a position on the map to maintain a consistent view of a location while the platform maneuvers. Gather geo-positioning data on a target for effective target acquisition.

Onboard Video Processing

Real-time video enhancements are fully integrated inside every system to help the operator achieve more from each mission.

Real-Time Video Stabilization

For a smoother video experience, real-time video stabilization corrects any jumpy and jittery movements. Real-time roll adjustments can also be automated to provide a steadier and clearer image.

Navigation

Real-time navigation information is clearly displayed on the user interface (as optional overlays). This includes accurate acceleration, orientation, position and velocity data.

Specifications

Capabilities

Position Accuracy	0.0046° (80 µrad)
Elevation	+ 90° / - 10°
Azimuth	360° Continuous
Slew Rate	360°/s max. Acceleration 1500°/s max
Power	Idle 40W / Peak 250W
Voltage	11 - 36v
Electronics	High Speed 32bit
Communication Link	Ethernet / RS232

Physical Dimensions

Weight	26.5lb / 12 kg
Depth	260mm / 10in
Height	395mm / 15.6 in
Temperature	-10°C to +50°C 14°F to +122°F

Video Specifications

Analogue Output	Composite
Digital Output	h.264 MPEG2 TS
Snapshots	1280x720 EO / 1280x1024 IR (Stored On Board)

Platforms

Fixed Site

Manned Vehicles

Off-Road Vehicles

OPS Warden

Command and Control

OPS-Warden is AVT’s proprietary user interface that provides a vital link between the sensor and the operator. The intuitive interface is easy to use and requires little training. Designed for the operator, OPS-Warden allows operators to customize the interface to suit their mission.